RAISE GENIUS · ARTICLES & LEARNING
Adult Robotics Training: Reskill & Upskill
Adult robotics training at Raise Genius introduces IoT, programming and robot automation to people from different occupations. The source describes a reskill/upskill course for non-engineers and non-programmers, with practical foundations and room to discuss applications in work or a new venture.
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Who adult robotics training is designed for
The source identifies recent graduates seeking additional skills, professionals from other fields, managers exploring innovation, SME owners considering robotics or IoT, and people who want to combine digital skills with their own expertise.
Reskilling introduces the overall ecosystem to people outside engineering and programming. Upskilling develops foundations for those with a little experience. The aims include robotics/IoT understanding, inspiration to learn and guidance on possible applications.
The course presents an approachable learning experience, not a job qualification, salary promise or guarantee of business innovation. Describe your existing skills and purpose when discussing a place.
Six topics in adult robotics training
1. The world and significance of robotics, IoT, programming and artificial intelligence. 2. Foundations of robotics engineering.
3. Simple graphic programming. 4. Practical basic mechanical structures using LEGO Technic parts and M5Stack.
5. M5Stack microcontroller programming and IoT. 6. Practical use of a Dobot robotic arm and programming its control.
The source combines lectures with hands-on work. These topics are an introductory framework; ask about current equipment, software and how the proposed group’s experience affects the teaching.
Equipment and the learning approach
The original teaching-media list names M5Stack and LEGO Technic for IoT/programming, and a Dobot robot arm for robotics. Practical construction and control let participants connect an explanation with a model they can observe.
The source asks participants to bring a laptop with USB 2.0 and names Windows 8 or 10. Those are legacy specifications from the page. Confirm current supported operating-system, software and connection requirements before preparing or purchasing a machine.
If a participant has little background, explain that before the course. The purpose is to build a foundation, with the difficulty considered alongside the learner’s experience.
Published format, fee and venue
The outline lists no more than five learners per course, with lectures and hands-on activities over four days, Tuesday-Friday. The published day runs 09:00-16:00, with lunch 12:00-13:00.
The registration fee shown is THB 4,000 including lunch and an afternoon break. Confirm the current fee, inclusions, dates, group arrangements and availability directly; the source amount is not a fresh quotation.
The listed training venue is the second floor of KCC building, Silom Soi 9, Bang Rak, Bangkok, near Chong Nonsi BTS. Check the currently available venue and address before arranging travel.
Teacher Num and the source profile
The profile describes Teacher Num as enjoying teaching and exchanging ideas with children and adults, with more than twenty years of computer and robotics teaching experience at the time of the account.
It lists a robotics/automation master’s degree from FIBO at KMUTT, a robotics/mechatronics undergraduate degree from Southeast Asia University, an MBA in marketing, and an undergraduate computer degree from Bansomdejchaopraya Rajabhat University.
Earlier NIA innovation support and SIPA digital-project support are also mentioned. The page includes an example of introductory Arduino training for Japanese adults interested in smart farming in Thailand. These are profile and activity accounts; no current funding or endorsement is implied.
Plan your adult robotics training enquiry
Tell the team whether you are exploring a new field, developing existing skills or investigating an idea for work. Include your electronics/programming background and the technologies that interest you.
Ask about the current outline, hardware, laptop compatibility and how much of the proposed course is practical. Confirm group size, dates, venue, costs and what is included.
For an agricultural application, the IoT smart-farming page provides a more focused related enquiry. The school-course guide and child robotics pages concern a different audience; adult robotics training should be discussed on its own terms.
Original photographs and artwork
These images are retained from the original page as examples of published learning activities and programme information. Some contain Thai text or historical dates. They do not guarantee the same result for a new learner. Confirm current programmes with the team.
View original images
Frequently asked questions
Do I need an engineering or programming background?
The source specifically describes a course for non-engineers and non-programmers, with foundational learning. Share your experience and goals so the team can confirm suitability.
Which equipment is named?
M5Stack, LEGO Technic and a Dobot robotic arm appear in the original outline. Confirm the currently used hardware and software before booking.
What fee and group size are published?
The source lists THB 4,000 including lunch and an afternoon break, with no more than five learners. Confirm the current fee, inclusions and group arrangements.
How long is the published course?
The original outline gives four days, Tuesday-Friday, 09:00-16:00 with lunch 12:00-13:00. Confirm current dates, timetable and availability directly.
What laptop should I bring?
The old page names Windows 8/10 and USB 2.0. Ask for current supported operating-system, software and connection requirements before preparing or buying a laptop.
Does the course guarantee a job or business result?
No. It is an introduction to skills and applications. Employment, a commercial deployment and business results require their own work and conditions.
Contact and related pages
Tell the team about the learner or organisation, relevant experience and the intended learning purpose. Confirm the current programme, equipment, availability, schedule and fees before booking.
Contact Raise Genius School service overview
- Robot Coding with Graphic Programming & Python
- IoT Smart Farming Course for Beginners & Engineers
- School Robotics Lab Design & Installation
- Should Children Still Learn Coding in the AI Era?
- School Robotics Curriculum for Every Learner
- STEM Articles & Learning Guides
Course-selection guide · Robotics portfolio projects · Competition preparation · Team advice and coaching · Course guide · General FAQ
Related services: School robotics camps · STEM activity stations